Unstoppable Global Warming: Every 1,500 YearsSinger and Avery present--in popular language supported by in-depth scientific evidence--the compelling concept that global temperatures have been rising mostly or entirely because of a natural cycle. Using historic data from two millennia of recorded history combined with the natural physical records found in ice cores, seabed sediment, cave stalagmites, and tree rings, Unstoppable Global Warming argues that the 1,500 year solar-driven cycle that has always controlled the earth's climate remains the driving force in the current warming trend. Trillions of dollars spent on reducing fossil fuel use would have no effect on today's rising temperatures. The public policy key, Singer and Avery propose, is adaptation, not fruitless attempts at prevention. Further, they offer convincing evidence that civilization's most successful eras have coincided with the cycle's warmest peaks. With the added benefit of modern technology, humanity can not only survive global climate change, but thrive. |
From inside the book
Results 1-3 of 29
Page 9
... isotopes in tree rings and beryllium - 10 isotopes in the Greenland ice cores . The carbon and beryllium isotopes are linked to solar activity through the intensity of solar - modulated cosmic rays , and are produced when cosmic rays ...
... isotopes in tree rings and beryllium - 10 isotopes in the Greenland ice cores . The carbon and beryllium isotopes are linked to solar activity through the intensity of solar - modulated cosmic rays , and are produced when cosmic rays ...
Page 143
... isotopes in phytoplankton , titanium / aluminum ratios , iron / aluminum ratios , magnetic susceptibility , and color index to analyze past climates.70 She says abrupt cli- matic events occurred 270 years ago and 800 years ago that ...
... isotopes in phytoplankton , titanium / aluminum ratios , iron / aluminum ratios , magnetic susceptibility , and color index to analyze past climates.70 She says abrupt cli- matic events occurred 270 years ago and 800 years ago that ...
Page 240
... Isotopes - Most elements have several forms , or isotopes , which differ in the number of neutrons in their nuclei . The heavier isotopes react more slowly than their lighter cousins . Isotopes are useful tracers of climate processes ...
... Isotopes - Most elements have several forms , or isotopes , which differ in the number of neutrons in their nuclei . The heavier isotopes react more slowly than their lighter cousins . Isotopes are useful tracers of climate processes ...
Contents
Is Humanity Losing the Global Warming Debate? | 1 |
How Did We Find the Earths 1500Year Climate Cycle? | 21 |
Shattered Glass in the Greenhouse Theory | 35 |
Copyright | |
13 other sections not shown
Other editions - View all
Unstoppable Global Warming: Every 1,500 Years, Part 1 Siegfried Fred Singer,Dennis T. Avery Limited preview - 2007 |
Unstoppable Global Warming: Every 1,500 Years Fred Singer,Fred S. Singer,Dennis Avery Limited preview - 2006 |
Common terms and phrases
1,500-year climate cycle Africa America Antarctic Arctic atmosphere carbon century Climate Change climate history climate models cloud CO₂ cold period cooling coral cosmic rays crops decades degrees Celsius droughts Earth's climate emissions energy environmental Europe evidence extinction farming floods forest fossil fuels glacial glaciers global climate global warming greenhouse gases Greenhouse Theory heat Hoffert Holocene huge human huon pine ice cores ice sheets Impact increase IPCC IPCC's isotopes Journal Kyoto Protocol Lake land Little Ice Age man-made warming Medieval Warm Period Medieval Warming melting million Modern Warming Nature North Atlantic northern ocean past percent plants produced proxies rainfall recent records regions Research Roman Warming satellite says Science scientists sea level rise sea surface shift South southern species stalagmite storms surface temperatures temperature changes tree rings tropical Tuvalu University urban heat islands variability Warm Period warmer weather wind